Seminarinhalt
This training reflects the newest release of the HPE 3PAR OS: 3.3.1. The course is approximately 60% lecture and 40% hands-on labs using HPE 3PAR arrays.
At the conclusion of this course the student should be able to:
- Work with Dynamic Optimization to change volumes characteristics (media type, raid level, etc.)
- Work with Adaptive Optimization to implement virtual volume tiering to save storage costs
- Work with Priority Optimization to prioritize higher priority workloads over lower priority workloads
- Use Remote Copy to replicate data between arrays
- Understand the Peer Persistence high availability feature when used in conjunction with Remote Copy
- Migrate data between arrays using Peer Motion in a Storage Federation
Programm
- Dynamic Optimization
- Introduction to the Dynamic Optimization feature and its benefits: changing raid levels, media types and set sizes using DO
- Dynamic Optimization use cases: cost, availability, and performance
- Using SSMC and the CLI to tune a volume’s user space and copy space
- Performing a DO tune and converting a volume simultaneously
- Dynamic Optimization troubleshooting: performing a Restart and Rollback
- Adaptive Optimization
- Introduction to the Adaptive Optimization feature and using AO to balance performance and cost
- Dynamic Optimization vs. Adaptive Optimization
- Components of AO: the 128MG region, region movement, region analysis
- AO sizing goals and the AO algorithm
- Configuring AO and managing AO using the SSMC GUI and the CLI
- Monitoring AO and looking at AO effectiveness
- AO latency thresholds
- AO best practices
- AO reports in SSMC
- Priority Optimization
- Introduction to Priority Optimization and Quality of Service implementation
- Priority Optimization use cases
- Priority Optimization: how it works
- Priority Optimization configuration using SSMC and the CLI
- Priority Optimization using Priorities and the System Busy level
- Using Latency Goals with Priority Optimization
- Performance considerations and Priority Optimization
- Priority Optimization monitoring using SSMC and CLI commands
- Remote Copy
- Introduction to replication principles and Remote Copy
- Replication using RCIP and RCFC protocols
- Replication and thin provisioning, dedup, and compression
- Remote copy groups and data integrity
- Remote copy modes: Synchronous, Periodic Asynchronous, and Async Streaming
- Replication using Remote Copy between three arrays using Synchronous Long Distance modes
- Remote Copy configurations: One-to-Many, Many-toOne, and M-to-N
- Remote Copy failure scenarios
- Failing over a remote copy group
- Remote copy configuration and administration using SSMC and the CLI
- Peer Persistence
- Introduction to Peer Persistence and using Peer Persistence with Remote Copy
- Using Peer Persistence for disaster tolerant data and load balancing
- Performing an Automatic Transparent failover using Quorum Witness or a Manual Transparent failover
- Quorum Witness details and requirements
- Failover scenarios with Peer Persistence
- Peer Persistence path management
- 3DC (3 Data Center) Peer Persistence
- Peer Persistence vs. Synchronous Long Distance
- Storage Federation with Peer Motion
- Data Migration concepts using Peer Motion
- Bi-directional migration using Storage Federation
- Migration of data using Peer Motion using SSMC
- Storage Federation use cases and features
- Storage Federation supported configurations
- Migration of data using the PMU CLI
Zielgruppen
- HPE 3PAR administrators who desire additional training on the advanced features of the HPE 3PAR array
Vorkenntnisse
- An understanding of general storage concepts
- Successful completion of the Managing HPE 3PAR StoreServ I course
- Operator level functionality in a Windows environment